C24 structural timber
A stable, precise and durable load-bearing house frame.
Natural building system
We build with the STEICO system
A complete wood-based structural and insulation solution — for a warm, durable and healthy home.
Technology
A healthy indoor climate all year round
The STEICO system combines a load-bearing timber frame with natural thermal insulation materials.
Wood-based materials help protect a building against heat loss in winter and overheating in summer. A correctly designed building element remains vapour-open, reduces sound transmission and creates a comfortable living environment.
- High thermal insulation performance
- Protection against summer overheating
- Natural moisture regulation
- Good acoustic properties
Materials
Elements of one coherent system
STEICOfloc
Blown-in insulation that fills the structural cavities closely.
Wood-fibre boards
An insulating and protective layer that improves thermal comfort.
System membranes
Control of water vapour movement and airtightness.
Facade boards
A solid base for render or a ventilated facade.
Complete building element
Materials selected to work together for years.
Construction details
Explore specifications and layers
Preparing the 3D model…
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Layer 1 of 10
Sub-base — medium sand mechanically compacted to Is = 0.97
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Cold waterHot waterDrainage
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Selected layer1 / 10
Sub-base — medium sand mechanically compacted to Is = 0.97
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Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The white loop shows underfloor heating in the floor screed, above the insulation and foil, not within the structural reinforced-concrete slab. Pipe spacing, thicknesses and routing are illustrative and must be specified for each project.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Foundation slab
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Section 1 of 7
Foundation slab
Selected layer 1: Sub-base — medium sand mechanically compacted to Is = 0.97
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Layer 1 of 10
System thin-coat mineral render
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Electrical conduitsCold waterHot waterDrainage
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System thin-coat mineral render
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
External wall with render
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Section 2 of 7
External wall with render
U = 0,12 W/(m²K)
Selected layer 1: System thin-coat mineral render
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Layer 1 of 11
Timber facade board
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Electrical conduitsCold waterHot waterDrainage
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Timber facade board
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Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Wall with timber cladding
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Section 3 of 7
Wall with timber cladding
U = 0,12 W/(m²K)
Selected layer 1: Timber facade board
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Layer 1 of 7
Plasterboard, 12 mm
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Electrical conduitsCold waterHot waterDrainage
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Plasterboard, 12 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Internal wall
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Section 4 of 7
Internal wall
U = 0,38 W/(m²K)
Selected layer 1: Plasterboard, 12 mm
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Layer 1 of 5
Ceiling structure — C24 timber, 60×220 mm
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Electrical conduits
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Ceiling structure — C24 timber, 60×220 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Ceiling below an unoccupied attic
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Section 5 of 7
Ceiling below an unoccupied attic
U = 0,08 W/(m²K)
Selected layer 1: Ceiling structure — C24 timber, 60×220 mm
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Layer 1 of 7
Plasterboard, 12.5 mm
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Electrical conduits
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Plasterboard, 12.5 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Intermediate floor
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Section 6 of 7
Intermediate floor
U = 0,14 W/(m²K)
Selected layer 1: Plasterboard, 12.5 mm
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Layer 1 of 4
Roof tiles or tile-profile metal roofing
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Roof tiles or tile-profile metal roofing
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Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
This model shows the roof structure. Electrical services are shown in the wall and ceiling sections.
Roof above an unoccupied attic
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Section 7 of 7
Roof above an unoccupied attic
U = 0,14 W/(m²K)
Selected layer 1: Roof tiles or tile-profile metal roofing
Your project
See how the STEICO system could work in your home
We will review the shape, floor area and intended energy performance.